Cause Specific Mortality and Anti-Predator Behavior in Midwestern Songbirds

Total Page:16

File Type:pdf, Size:1020Kb

Cause Specific Mortality and Anti-Predator Behavior in Midwestern Songbirds CAUSE SPECIFIC MORTALITY AND ANTI-PREDATOR BEHAVIOR IN MIDWESTERN SONGBIRDS A Dissertation Presented to The Faculty of the Graduate School At the University of Missouri In Partial Fulfillment Of the Requirements for the Degree Doctor of Philosophy By WILLIAM ANDREW COX John Faaborg, Dissertation Supervisor JULY 2011 © Copyright by William Andrew Cox 2011 All Rights Reserved The undersigned, appointed by the dean of the Graduate School, have examined the Dissertation entitled CAUSE SPECIFIC MORTALITY AND ANTI-PREDATOR BEHAVIOR IN MIDWESTERN SONGBIRDS Presented by William Andrew Cox A candidate for the degree of Doctor of Philosophy And hereby certify that, in their opinion, it is worthy of acceptance. Professor John Faaborg Professor Frank R. Thompson III Professor Ray Semlitsch Professor Lori Eggert ACKNOWLEDGEMENTS The number of people I need thank for love, patience, and guidance throughout the design, execution, and writing of this dissertation is constrained only by the time I spend contemplating this page. I relied upon the unerring support of those closest to me. I depended on the kindness of strangers. I was given relentless effort in the field from a number of extraordinary people. There are simply too many people to thank and too few words to do them justice. I mean it. Nevertheless, I’ll do my best. First and foremost, family. My father and sisters have been nothing but supportive despite my rather poor prioritization of what matters most these past six years. I thank them for their patience. I also thank my sisters for Rachel, Maddie, and Bea. Such beautiful girls! Bob and Sandy Simpler have been unbelievably generous since the day I met them 15 years ago. Their patience and help has been invaluable; a prototype battery backpack was Bob’s construct and saved me from certain death during my pilot field season. And thanks to Michael, Gemma, Noah and Tia for housing and feeding us on our trips out east. Never was there an easier place to visit and briefly forget about work. When returned to the University of Florida in 2003 for a year of post- baccalaureate study, I didn’t know anything about anything. I am grateful to Doug Levey for being such an inspirational teacher and Jeremy Kirchman for his encouragement and friendship. I especially thank Rebecca Kimball and Ed Braun for inviting me into their lab, introducing me to the nuts and bolts of the ii scientific process, and putting me on two publications that paved the way for much that followed. I thank them for making all the hard work so much fun and for their continued friendship. Tom Martin and his crew (especially T.J. Fontaine) deserve special thanks for taking me to some of the world’s most beautiful places and for inspiring me time and again to work and think hard. Frank Thompson, Ray Semlitsch, and Lori Eggert have all helped me immeasurably over the past six years. I am fortunate beyond words to have a committee stacked with such caring, bright people. They have been excellent mentors in work and in life; I love them all. John welcomed me into his lab and house as if I were family. I appreciate all that he has done for me, and thank him and Janice for taking care of me throughout my time in Columbia. The Faaborg- led trips to Mexico and Puerto Rico will forever be etched in my heart and inspired me to work to share similar experiences with students in the future. Other MU staff and faculty who I owe a debt of gratitude to (in no particular order): Josh Millspaugh, Jim Carrel, Nila Emerich, Alan Marshall, Josh Hartley, Tyeece Little. My fellow graduate students have been an invaluable source of academic and psychological support. There are many current and former avian ecology lab members who deserve my thanks. The big three are Robin Hirsch-Jacobson (and family!), Judith Toms, and Cara Joos, all of whom have been invaluable colleagues and friends. As have Rafael Brito-Aguilar, Alicia Burke, Andy George, Chris Merkord, Marissa Ahlering, Ernesto Ruelas Inzunzas, Jen White, Chad Rittenhouse, Shane Pruett, Conor McGowan, Sarah Wolken, and Kaylan iii Kemink. Bird people rock. Non-bird people such as Bill Peterman, Jen Hamel, Stephanie Schuttler and many others have also been great. A project such as this cannot succeed without dedicated, fanatically hard- working field assistants. I thank everyone who helped, but especially the following: Riccardo Ton, master nest searcher, cook, humorist. Kelly Schaeffer, Acadian queen in 2009 and all-around machine in 2010. And Curtis Kukal, world’s nicest guy and diligent field tech. I know I learned more from him than he from me. Finally, I want to thank my immediate family. Rabbit, Ike, and Theta have all been instant stress relievers. I saved the best for last; my wife Allison has done it all over the past six years. She is kind, bright, patient, diligent, funny, and sympathetic, all of which she used to improve the quality of my work and life. Lou Gehrig was wrong – I am the luckiest guy on the planet. iv TABLE OF CONTENTS ACKNOWLEDGEMENTS .................................................................................... ii LIST OF TABLES .............................................................................................. viii LIST OF FIGURES ............................................................................................... x ABSTRACT ........................................................................................................ xiii CHAPTER 1. PREDATOR-SPECIFIC RATES OF PREDATION EXPLAIN VARIATION IN NEST SURVIVAL ........................................................................................ 1 ABSTRACT ...................................................................................................... 1 INTRODUCTION .............................................................................................. 2 METHODS ....................................................................................................... 5 Study sites and focal species ....................................................................... 5 Nest monitoring and camera placement ....................................................... 6 Covariates .................................................................................................... 8 Analysis ........................................................................................................ 9 Models ........................................................................................................ 10 RESULTS ....................................................................................................... 12 DISCUSSION ................................................................................................. 14 ACKNOWLEDGEMENTS ............................................................................... 20 LITERATURE CITED ..................................................................................... 22 2. LANDSCAPE AND NEST SITE FACTORS INFLUENCE PREDATOR- SPECIFIC RATES OF NEST PREDATION ................................................... 39 ABSTRACT .................................................................................................... 39 INTRODUCTION ............................................................................................ 40 v METHODS ..................................................................................................... 43 Data collection ............................................................................................ 43 Analysis ...................................................................................................... 45 RESULTS ....................................................................................................... 48 DISCUSSION ................................................................................................. 49 ACKNOWLEDGEMENTS ............................................................................... 55 LITERATURE CITED ..................................................................................... 57 3. NEST VISITATION RATES VARY IN RESPONSE TO PREDATION RISK FROM A DIVERSE SUITE OF PREDATORS ................................................ 69 ABSTRACT .................................................................................................... 69 INTRODUCTION ............................................................................................ 70 METHODS ..................................................................................................... 73 Data collection ............................................................................................. 73 Analysis ....................................................................................................... 75 RESULTS ....................................................................................................... 77 DISCUSSION ................................................................................................. 79 ACKNOWLEDGMENTS ................................................................................. 83 LITERATURE CITED ..................................................................................... 84 4. DEVELOPMENT OF CAMERA TECHNOLOGY FOR MONITORING NESTS ........................................................................................................... 95 ABSTRACT .................................................................................................... 95 INTRODUCTION ...........................................................................................
Recommended publications
  • Some New Information on the Distribution of Venezuelan Birds
    Some new information on the distribution of Venezuelan birds Peter Boesman Como resultado de la observación de aves en el campo durante los ultimos 10 años, se presenta un resumen de nuevos datos de distribución de aves en Venezuela. Los datos están organizados por area (20 en total), la mayoria de las areas son poco conocidas. Las observaciones de mayor importancia se detallan en ‘appendix 1’. En Falcón, la Serranía de San Luis tiene muchas más especies tipicas de las alturas sub-tropicales de la Cordillera de la Costa que previamente conocido, las serranias en el noreste de Falcón, de alturas bajas, tienen una avifauna abundante de especies de selva tropical, y areas de agua dulce en esta misma parte de Falcón y el norte de Carabobo son un refugio para muchas especies acuaticas poco conocidas. Los Andes en Lara y Trujillo no han sido estudiados tan profundamente como en Mérida, y por consecuencia se han descubierto importantes extensiones en la distribución de varias especies. En Mérida, se documenta indicaciones de una ruta migratoria muy importante a través del Valle del Río Santo Domingo. Las alturas bajas del Parque Nacional Tamá en Táchira (en el valle de los ríos Frio y Negro) y las areas adjacentes en Apure merecen mayor investigación en vista de algunas observaciones sorprendentes. Igualmente, los descubrimientos en islas del Río Orinoco fueron inesperados. La selva del Río Caura en el norte de Bolívar alberga especies previamente conocidas solamente del estado de Amazonas, y la región del Río Grande en el noreste de Bolívar tiene una avifauna tipicamente Guyanesa.
    [Show full text]
  • Adobe PDF, Job 6
    Noms français des oiseaux du Monde par la Commission internationale des noms français des oiseaux (CINFO) composée de Pierre DEVILLERS, Henri OUELLET, Édouard BENITO-ESPINAL, Roseline BEUDELS, Roger CRUON, Normand DAVID, Christian ÉRARD, Michel GOSSELIN, Gilles SEUTIN Éd. MultiMondes Inc., Sainte-Foy, Québec & Éd. Chabaud, Bayonne, France, 1993, 1re éd. ISBN 2-87749035-1 & avec le concours de Stéphane POPINET pour les noms anglais, d'après Distribution and Taxonomy of Birds of the World par C. G. SIBLEY & B. L. MONROE Yale University Press, New Haven and London, 1990 ISBN 2-87749035-1 Source : http://perso.club-internet.fr/alfosse/cinfo.htm Nouvelle adresse : http://listoiseauxmonde.multimania.
    [Show full text]
  • LIBRO ROJO De La Fauna Venezolana 4Ta Edición 2015 Jon Paul Rodríguez Ariany García-Rawlins Franklin Rojas-Suárez
    LIBRO ROJO DE LA fAUNA vENEZOLANA 4ta edición 2015 Jon Paul Rodríguez Ariany García-Rawlins Franklin Rojas-Suárez Selección de Especies ubicadas en el estado Lara 1 Ángel del sol de Mérida / EN Heliangelus spencei Javier Mesa 2 Créditos Editores Autores Jürg De Marmels Romina Acevedo Jon Paul Rodríguez Abraham Mijares-Urrutia Dorixa Monsalve Douglas Rodríguez-Olarte Kareen De Turris-Morales Salvador Boher-Bentti Ariany M. García-Rawlins Ada Sánchez-Mercado Adda G. Manzanilla Fuentes Edgard Yerena Kathryn Rodríguez-Clark Samuel Narciso Franklin Rojas-Suárez Ahyran Amaro Eliane García Lenín Oviedo Shaenandhoa García-Rangel Ainhoa L. Zubillaga Eliécer E. Gutiérrez Leonardo Sánchez-Criollo Sheila Márques Pauls Editores Asociados Aldo Cróquer Emiliana Isasi-Catalá Lucy Perera Sofía Marín Wikander Mamíferos Alfredo Arteaga Eneida Marín Luis Bermúdez-Villapol Tatiana Caldera Daniel Lew Alimar Molero-Lizarraga Enrique La Marca Manuel Ruiz-Garcí Tatiana León Javier Sánchez Alma R. Ulloa Ernesto O. Boede Marcela Portocarrero-Aya Tito Barros Aves Ana Carolina Peralta Ernesto Ron Marcial Quiroga-Carmona Vicente J. Vera Christopher Sharpe Ana Iranzo Estrella Villamizar Marco Antonio García Cruz Víctor Pacheco Marcos A. Campo Z. Víctor Romero Miguel Lentino Andrés E. Seijas Ezequiel Hidalgo Fátima I. Lameda-Camacaro Margenny Barrios William P. McCord Reptiles Andrés Eloy Bracho Andrés Orellana Fernando Rojas-Runjaic María Alejandra Esteves Wlodzimierz Jedrzejewski Andrés E. Seijas Ángel L. Viloria Fernando Trujillo María Alejandra Faría Romero Yelitza Rangel César Molina † Aniello Barbarino Francisco Bisbal María de los Á. Rondón-Médicci Hedelvy Guada Antonio J. González-Fernández Francisco Provenzano María Fernanda Puerto Carrillo Ilustradores Omar Hernández Antonio Machado-Allison Franger J.
    [Show full text]
  • Development of Camera Technology for Monitoring Nests. Chapter
    CHAPTER FIFTEEN Development of Camera Technology for Monitoring Nests W. Andrew Cox, M. Shane Pruett, Thomas J. Benson, Scott J. Chiavacci, and Frank R. Thompson III Abstract. Photo and video technology has become time-lapse digital video recording systems we increasingly useful in the study of avian nesting designed, we monitored 184 nests of 15 differ- ecology. However, researchers interested in using ent species. We generally found these low-cost camera systems are often faced with insufficient systems (US$350–725 per unit) to be reliable. information on the types and relative advantages Sources of data loss were variable by study but of available technologies. We reviewed the litera- included digital recorder malfunction, power ture for studies of nests that used cameras and failure, and video cable damage due to rodents. summarized them based on study objective and Our review of the literature and our own experi- the type of technology used. We also designed and ences suggest that researchers carefully consider tested two video systems that we used for three their objectives and study systems when choos- nest predator and behavioral studies. We found ing camera technology. To facilitate selection of 327 studies that recorded 255 bird species span- the appropriate system, we describe general video ning 19 orders. Cameras were most commonly system design and offer recommendations for used to study nest predators (n ϭ 114), feeding researchers based on commercially available sys- ecology (n ϭ 103), and adult behavior (n ϭ 81). tem components. Most systems (69%) were partially or completely user-built. Systems that recorded in real time Key Words: behavior, camera, digital video (Ն25 frames per second), time-lapse (Ͻ25 fps), recorder, nest monitoring, parental care, photog- and still images were all common, though their raphy, predation, time-lapse, video.
    [Show full text]
  • First Breeding Record of Wilson's Plover (Charadrius Wilsonia) from the Pacific Coast of Colombia
    104 THE WILSON BULLETIN x Vol. 116, No. 1, March 2004 Wilson Bulletin, 116(1), 2004, pp. 104±105 First Breeding Record of Wilson's Plover (Charadrius wilsonia) from the Paci®c Coast of Colombia Alan Giraldo,1,4 Carlos HernaÂndez,2 Carolina GoÂmez,3 Fernando Castillo,2 and Jorge E. Saavedra2 ABSTRACT.ÐWilson's Plover (Charadrius wilson- for Colombia's Paci®c coast (Hilty and Brown ia) occurs year-round along the Caribbean and Paci®c 1986, Salaman et al. 2001). coasts of Colombia. The species frequents a variety of On 13 May 1993, we participated in a coastal habitats including sandy beaches, tidal ¯ats, and small swamps and wetlands. Its breeding range shorebird survey of Punta Soldado Island, extends from Virginia south through the West Indies Buenaventura Bay (038 499 550 N, 778 089 400 to Surinam, and from Baja California to Peru. Here, W), conducted by the Association for the we report the ®rst nesting record on the Paci®c coast Study and Conservation of Aquatic Birds in of Colombia. Received 14 June 2003, accepted 10 Colombia (CALIDRIS). Punta Soldado beach- March 2004. es are essentially unaffected by tides (possibly ¯ooded once per year), are sparsely vegetated, and serve as roosting and foraging sites for All three sub-species of Wilson's Plover numerous migratory shorebirds and terns (Charadrius wilsonia wilsonia, C. w. beldingi, (Aparicio et al. 1996, Naranjo and Mauna and C. w. cinnamoninus) have been recorded 1996). We observed two C. wilsonia adults in Colombia. The ®rst records (C. w. wilsonia (male and female) exhibiting defensive behav- and C.
    [Show full text]
  • Henri Pittier National Park
    Henri Pittier National Park Summary Description Threats Solutions Conclusions Photo Gallery Date of most recent on-site evaluation: December 2000 Date posted: September 2001 Location: Aragua and Carabobo States Year created: 1937 Area: 107,800 ha Ecoregion: Cordillera de la Costa Montane Forest, La Costa xeric shrublands Habitat: Dry semi-deciduous forest, deciduous forest, coastal shrub forest, savanna, evergreen rain forest, cloud forest, and mangroves. - Summary Description In 1937 Henri Pittier became Venezuela's first national park. It is named in recognition of the Swiss naturalist who promoted and founded Venezuela's National Park System. Henri Pittier covers 107,800 ha and is located in the central portion of the Cordillera de la Costa mountain range that extends east to west along the northern Caribbean coast. Along the park's altitudinal gradient are several distinct habitats, including mangroves, savannas, dry forests, humid forests, and cloud forests, which result in high levels of biodiversity. World-class birdwatching and the beautiful beaches of the Caribbean Sea make the park a popular destination for international and Venezuelan tourists. Several towns lie within the boundaries of the park. Some of these towns are small, traditional communities that depend on the sustainable cultivation of cacao (Theobroma cacao). Several resort towns also lie within the park along its borders. Biodiversity Henri Pittier National Park is internationally known for its high biodiversity, and the avifauna is of particular importance. About 43% of Venezuela's bird species, including six globally threatened bird species and the harpy eagle (nearly threatened), live within the park. In addition to resident species, there is a migration corridor (Paso de Portachuelo) that supports seasonal birds and butterflies from North America.
    [Show full text]
  • Restricted-Range Bird Species Listed by Family
    APPENDIX 1: Restricted-range bird species listed by family NCLUDED here are all the landbird species treated Threat codes Ias having restricted ranges, listed with the coun- 0 Unknown tries in which they breed (but omitting countries in 1 Loss or alteration of habitat 2 Hunting, persecution, egg-collecting (subsistence) which all populations originate from introductions), 3 Disturbance (by humans, stock) the Endemic Bird Areas (and Secondary Areas) in 4 Pollution, pesticides, poisoning which they occur, the broad habitat-types which they 5 Introduced species (predators, competitors, herbivores, prefer, their status and (for those which are classified diseases) 6 Trade, egg-collecting (commercial) as threatened) the major threats which affect them. 7 Natural causes (exacerbated by other influences) Some species are of unknown provenance, and these 8 Small range or population are listed on p. 724. Notes Habitat codes * Taxonomy deviates from Sibley and Monroe (1990, F All forest and D Desert 1993); see EBA (or Secondary Area) account for further woodland types R Rocky areas details and references. The relationship of the new genus S Scrub A Agricultural areas Cryptosylvicola (p. 708) within Sylviinae is unconfirmed, V Savanna X Introduced vegetation and so it has been placed at the end of that subfamily. G Grassland Z Unknown X Extinct in that country or in that EBA/SA. W Wetland 1 Antigua and Barbuda, Dominica, Guadeloupe (to France), Martinique (to France), Montserrat (to UK), Netherlands Status Antilles (to Netherlands), Puerto Rico (to USA), St Lucia, IUCN Red List Categories have been used as applied by Virgin Islands (to UK), Virgin Islands (to USA).
    [Show full text]
  • Some New Information on the Distribution of Venezuelan Birds
    COTINGA 9 Some new information on the distribution of Venezuelan birds Peter Boesman Como resultado de la observación de aves en el campo durante los últimos 10 años, se presenta un resumen de nuevos datos de distribución de aves en Venezuela. Los datos están organizados por área (20 en total) la mayoría de las áreas son poco conocidas. Las observaciones de mayor importancia se detallan en appendix 1. En Falcón, la Serranía de San Luis tiene muchas más especies típicas de las alturas subtropicales de la Cordillera de la Costa que previamente conocido, las serranías en el noreste de Falcón, de alturas bajas, tienen una avifauna abundante de especies de selva tropical, y áreas de agua dulce en esta misma parte de Falcón y el norte de Carabobo son un refugio para muchas especies acuáticas poco conocidas. Los Andes en Lara y Trujillo no han sido estudiados tan profundamente como en Mérida, y por consecuencia se han descubierto importantes extensiones en la distribución de varias especies. En Mérida, se documenta indicaciones de una ruta migratoria muy importante a través del Valle del Río Santo Domingo. Las alturas bajas del Parque Nacional Tamá en Táchira (en el valle de los ríos Frío y Negro) y las áreas adjacentes en Apure merecen mayor investigación en vista de algunas observaciones sorprendentes. Igualmente, los descubrimientos en islas del Río Orinoco fueron inesperados. La selva del Río Caura en el norte de Bolívar alberga especies previamente conocidas solamente del estado de Amazonas, y la región del Río Grande en el noreste de Bolívar tiene una avifauna tipicamente Guyanesa.
    [Show full text]
  • ON 23(3) 367-374.Pdf
    ORNITOLOGIA NEOTROPICAL 23: 367–374, 2012 © The Neotropical Ornithological Society THE NEST, EGG, AND NESTLING OF THE STRIPE-HEADED ANTPITTA (GRALLARIA ANDICOLUS) IN SOUTHERN PERU Harold F. Greeney Yanayacu Biological Station & Center of Creative Studies, Cosanga, c/o Foch 721 y Amazonas, Quito, Ecuador. E-mail: [email protected] Resumen. – El nido, huevo, y pichón del Tororoí Andino (Grallaria andicolus) en el sur de Peru. – Describo por la primera vez el nido, huevo, y pichón del Tororoí Andino (Grallaria andicolus), una espe- cie que habita áreas alto Andinas desde el centro de Peru hasta el oeste de Bolivia. En Noviembre de 2011 encontré ocho nidos, durante dos visitas a Abra Malaga, Región de Cuzco, Peru, 3300–4400 m s.n.m.. Los nidos eran grandes copas de musgos y palitos, con unas pocas pajas y raíces finas en la cámara interior. Parece que sitios de anidación pueden ser utilizados por varios intentos durante varios años con la construcción completa o parcial de nuevos nidos sobre los viejos. Fueron ubicados 1–1.8 m sobre el suelo en arboles de Polylepis, en áreas de bosque tal como áreas activamente utilizados para la ganadería. Un nido contenía dos huevos frescos, de forma sub-elípticas y de color azul claro con pequeñas manchas cafés. Pichones poco desarrollados tenían piel de color rosada, con plumones grises y con el interior de la boca anaranjado y las comisuras de color amarillo cremoso. Ambos adultos alimentaban a los pichones. Según el estado de los nidos que encontré, parece que el periodo de repro- ducción para el Tororoí Andino en esta área comienza alrededor de los fines de agosto o principios de septiembre.
    [Show full text]
  • Antpittas and Worm-Feeders: a Match Made by Evolution? Evidence for a Possible Commensal Foraging Relationship Between Antpittas (Grallariidae) and Mammals
    Neotropical Biology and Conservation 7(2):140-143, may - august 2012 © 2012 by Unisinos - doi: 10.4013/nbc.2012.72.08 COMMENT Antpittas and worm-feeders: a match made by evolution? Evidence for a possible commensal foraging relationship between antpittas (Grallariidae) and mammals Grallariidae e mamíferos: evidências de uma possível relação de comensalismo Harold F. Greeney1 Commensal foraging relationships er, 1993), and primates (Boinski and [email protected] between two groups of animals fre- Scott, 1988; Heymann, 1992; Stott, quently involve one following another 1947; Zang and Wang, 2000). Similar- and capitalizing on the prey flushed ly, the types of birds involved in such by the movement of the other (Al- bird-mammal feeding relationships cock, 1997; Weins, 1989). In broad cover a broad taxonomic spectrum, terms, three of the best documented and include Accipitridae (Robinson, associations involving vertebrates are 1994), Laridae (Harrison, 1979), Pro- birds and mammals following ants cellariidae (Obst and Hunt, 1990), (Elliot, 1950; Júnior and Zara, 2007; Ardaeidae (Rice, 1954), Trogonidae Martins, 2000; Rylands et al., 1989; (Stott and Selsor, 1961), Bucerotidae Willis and Oniki, 1978, 1992), birds (Chapin, 1939), Cuculidae (Siegel et following birds (Baker, 1980; Ben- al., 1989; Smith, 1971), and several nett and Smithson, 2001; Hino, 1998; families of Passeriformes (Di Gia- Robbins, 1981), and birds following como and Di Giacomo, 2006; Komar mammals (see below). Such rela- and Hanks, 2002; Levey, 1999; Stott, tionships between birds and mam- 1947). Unlike the well studied rela- mals have been reported from many tionships between birds and ants in regions of the globe (Wiens, 1989), the lowland Neotropics (Willis, 1969; and documented mammalian “beater” Willis and Oniki, 1978, 1992; Will- species include a wide array of taxo- son, 2004), little is known about the nomic groups including elephants commensal foraging associations of (Ruggiero and Eves, 1998), deer (Her- Andean birds.
    [Show full text]